Square Inline Blower 12 inch 1725 CFM High Efficiency EC Variable Speed Motor Direct Drive GSQ120-D-EC
The product Build Time you see represented on this site is only a typical number of days the manufacturer states it needs to build the product(s) when ordered. Build times are based on business days (excludes weekends & holidays).
The build time does not include the time it will take to ship the order to you (the customer). If an order has multiple items and comes from multiple warehouses, you may receive part of your order on one day, and then receive the remaining part(s) of your order at a later date.
*Please be aware that seasonal demand of certain equipment may cause build times to run longer than what is typical.
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Same size inlet and outlet facilitates placement in straight duct runs
Backward Inclined wheel is non-overloading
Direct drive - no belts to service
Available in 10", 12", 13", 15", 16”, & 18".
High efficiency aluminum wheel.
Leak proof access panels with gasket.
Side discharge option as standard - simply re-locate the side panel to the discharge.
Bottom discharge available with flange kit.
High Efficiency EC variable speed motor.
Multiple mounting options.
Restaurant Etc. Make-Up Air
Air mover in HVAC system
Indoor mounted exhaust fan
- Model No.:
- GSQ120 -D -EC
- 120 / 208-240
- New York
- Duct Inline Fans
- Blade Material:
- Galvanized Steel
- Blade Size (Inches):
- CFM High:
- 1725 @ 1/4" SP
- Dimension Inches:
- Width: 20" Depth: 20" Height: 20"
- Drive Type:
- Limited Warranty:
- 1 Year Limited
- Motor Type:
- RPM High:
- Weight lbs.:
Notice: Manufacturer's products features and specifications are subject to change without notice.
California Residents: WARNING- This product may contain chemicals known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
QUESTIONS & ANSWERSAsk a Question
Noise data for GSQ120-D-EC and GSQ105-D-EC
In order to give an accurate decibel level for these fans, we would need to know the static pressure that would be present.